The Session Facade pattern can be used with both known and unknown actors.
会话虚包模式可用于已知的和未知的参与者。
The Session Facade pattern resolves these issues by injecting a session bean into the scenario.
通过在这个方案中加入一个会话bean，会话虚包解决了这些问题。
The session Facade pattern substitutes a single call to a session bean for multiple calls to an entity bean.
会话虚包模式用对会话bean的单个调用来代替对实体bean的多个调用。
Delegate this dependency operation to the corresponding parameter dependency operation in the Session Facade pattern.
将这种依赖操作委托给Session Facade模式的相应参数依赖操作。
To illustrate the Session Facade pattern, let's consider a use case where the user can debit her checking account to make a loan payment.
为了说明会话虚包模式，我们来考虑这样一个用例，用户能将贷款支付的帐目记入她的支票帐户的借方。
You can apply the composed pattern to a customer data model, just as you can the Session Facade pattern (see Figure 7). Just follow these steps
您可以为客户数据模型应用复合模式，就如同Session Facade 模式一样（参看图7）。
A session Facade pattern generates a session bean class to serve as the front end of a set of entity bean classes that model business information.
session Facade模式产生一个sessionbean类作为针对业务信息建模的bean类实体前端。
This resolving scheme is based on advanced J2EE platform, applies MVC pattern, Session Facade pattern and Data Access Object pattern to control E-mail from two directions of sending and receiving.
该解决方案架构在先进的J2EE平台之上，应用MVC模式、会话模式和在数据访问对象模式等J2EE开发模式，从收和发两个方向对电子邮件进行了有效控制。
The Session Facade and Business Delegate pattern instances shown in Figure 2 include a number of pattern parameters to customize.
如 图2所示的Session Facade和BusinessDelegate模式实例包括大量个性化的模式参数。
If you follow a thin facade pattern, your stateless session beans probably delegate to other classes.
如果用户采用瘦虚包模式，那么用户的无状态会话可能会代表其他的类。
If you follow a thin facade pattern, your stateless session beans probably delegate to other classes.
如果用户采用瘦虚包模式，那么用户的无状态会话可能会代表其他的类。
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